Gas Chromatography NGC-100

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$17,275.00

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Specifications

GC Inlet Temperature	450°C
GC Pressure Range	0 to 100 psi, ± 0.002psi
GC Pressure Control Mode	Electronic Pressure Control (EPC), Support CV and CC
GC Split Mode	Split/Splitless, Max. Split Ratio, 1000:1
GC Column Oven Working Temperature	Room Temperature 4°C to 450 °C
GC Heating Rate	Up to 120 °C/min
GC Temperature Programing	7 Stages/8 Platforms
GC Auto Sampler	Optional
MS EI Source Ionization Energy	5 W to 250 W, V (Adjustable)
MS Mass Range	1.5 to 1000 amu
MS Resolution	Unit Resolution(Full width at half maximum)
MS Ion Source Temperature	100 to 3500 °C
MS Filament Emission Current	0 to 350 pA
GC-MS Interface Temperature	Maximum 450 °C
MS Stability	± 0.10 amu/48 hrs
MS Sensitivity	Full scan, 1 pg OFN at m/z 272 with S/N ≥30:1 (RMS)
MS Scan rate	Up to l000 amu/s
MS Vacuum	Turbo molecular pump(67L/s)
MS Detector	High energy dynode electron multiplier

Features

• High-performance system with an advanced microcomputer temperature-controlled system
• M6 software is compatible with GLP/FDA-21 CFR Part 1 requirements and regulations
• Advanced built-in data acquisition system, supporting real time instrument status monitoring, detection signal acquisition and PC control
• Superior thermal performance column oven with multistage programmed temperature control function
• Oven supports quick heat-up and rapid cool-down with automated back door opening
• Intuitive display of timing program, detector status, measurement range and current setting
• Flexible sample injection
• 2 independent and analogue signals output
• High sensitivity detector
• Self-diagnosis function

Applications

• Gas chromatography is used for separation and detection of thermally stable chemical compounds mainly in areas like environmental monitoring, food and technology, pharmaceutical drug testing, forensic department, biological analysis, geochemical research and clinical research.

Standard Accessories

Carrier Gas System: air source/ purification and desiccation device/ flow rate control device
Sample Introduction System: sample injector
Separation System: chromatographic column (packed column and capillary column)
Temperature Control System (Column Oven): constant temperature and programmed temperature
Detector: FID/ FPD/ NPD